23 computer-science-quantum-"https:"-"https:"-"https:"-"https:"-"https:" positions at Nature Careers in Canada
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discovery, and growing capabilities in automated synthesis. Applications that leverage SFU’s Center for High-Throughput Chemical Biology (HTCB, https://www.sfu.ca/htcb.html ) are a particular focus of this
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establish an extramurally funded original research program. Candidates studying plant systems in all areas of molecular and cellular biology research will be considered, including, but not limited
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Nature Careers | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | about 18 hours ago
demonstrate how the proposed program will advance one or more of the following strategic priority areas: advanced digital technologies (including Artificial Intelligence, quantum and cybersecurity); clean
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network of collaborators in the Department of Biology which will facilitate their establishment of a robust and productive research program. They will also benefit from researchers in the Department
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Professor Canada Impact+ - Research Chairs for Critical Innovations to Strengthen Canada’s Technolog
the following strategic research priority areas: Advanced digital technologies (including artificial intelligence, quantum and cybersecurity); Health, including biotechnology; Clean technology and resource value
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not limited to expertise in neural circuits to behaviour, sensorimotor control, decision-making, and neural computation using various model systems. The ideal candidate will complement our centre's
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: http://xbanquy.wix.com/labo-banquy-lab Profile of the candidate The candidate must be highly motivated by research and material science. Prior experience in an experimental research laboratory is
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computational biology, 2) microbial pathogenesis and physiology, 3) neurobiology and systems neurosciences, and 4) molecular physiopathology and cellular dynamics. Key Challenges As a Scientific Director and
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institution. As such, you will: Develop an independent, innovative, and internationally recognized research program in nephrology, with a focus on kidney health and, ideally, an interest in genetics and/or
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basic science with biotech applications and combines rich functional assays with cutting-edge computational biology. Our method relies on aptamer-based sensors to recognise each specific metabolite target